plugins/teamcraft-jcg/skills/project-health/SKILL.md
On-demand interpreted view of sprint progress, velocity, quality signals, and defect trends. Available to any role at any time — returns insight, not raw data. Works without codebase access.
npx skillsauth add codingthefuturewithai/claude-code-primitives teamcraft-jcg:project-healthInstall this skill globally with one command. Works with Claude Code, Cursor, and Windsurf.
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Give any team member — developer, PM, tech lead, QA, stakeholder — an interpreted view of project health right now. Not raw Jira data. Insight: what is on track, what is at risk, what the trends indicate, and what the data reveals that the human should pay attention to.
teamcraft-jcg:health-analyzer agent does the analysis. Pass all gathered data embedded in the task prompt — not file paths, not instructions to fetch. The skill reads the data; the agent receives it as content.teamcraft-jcg:health-analyzer agent. The health-analyzer works purely from the data passed in the task prompt — no filesystem access required. It works in Claude Code and Claude Cowork.Ask the user what they want to know. Some users want a full health picture. Others have a specific concern: is the sprint on track, where is velocity heading, why is the defect rate climbing, which PRs are stuck. The question shapes everything that follows — what data to gather, what the agent focuses on, how to present findings.
Adapt the interpretation to the audience. A PM cares about sprint trajectory and scope. A tech lead cares about quality signals and PR cycle time. A stakeholder cares about delivery confidence. A QA analyst cares about what's ready and what's blocked.
Use mcp__sooperset-mcp-atlassian__jira_get_all_projects to see what is visible, surface the results, and ask the user which Jira project they want health data for. Never assume.
Once the project is confirmed, use mcp__sooperset-mcp-atlassian__jira_get_agile_boards to find the project's board, then mcp__sooperset-mcp-atlassian__jira_get_sprints_from_board to list sprints. Surface the active sprint and recent sprints and offer them to the user. Ask which sprint to analyze, or confirm if they name it directly.
Pull what the question requires. Use mcp__sooperset-mcp-atlassian__jira_search for the complete, structured issue data:
project = PROJ AND sprint = "[Sprint Name]" ORDER BY status ASC
created, updated, resolutiondategh pr list --state all --json number,title,state,createdAt,mergedAt,headRefName via Bash; (2) if Bash is unavailable, use a GitHub MCP connector if one is configured; (3) if neither is available, omit PR data and note the gap in the report.gh run list --limit 20 via Bash only — no MCP equivalent for GitHub Actions. If Bash is unavailable, omit CI/CD data and note it.The GitHub repo is identified from git remote -v via Bash if available. If Bash is unavailable, ask the user or read it from .teamcraft/project.md. The Jira project key comes from .teamcraft/project.md if it exists.
Use the teamcraft-jcg:health-analyzer agent via the Task tool. Pass all gathered data embedded in the task prompt:
created, updated, resolutiondate)createdAt, mergedAt)The agent returns a structured health report. Present its findings as interpreted insight — not a data dump.
Translate the agent's report into the insight the user asked for. Flag what is on track, what is at risk, and what the trends suggest. If the data reveals something the user did not ask about but should know, surface it clearly.
Be honest about what the data cannot tell you. Timing data is best-effort. Workflow history has limits. Flag uncertainty rather than projecting false confidence.
Offer to dig deeper into any finding the user wants to explore further.
development
Launch (or re-launch) the user's live, multi-project work board. The dashboard is a single HTML file copied to a stable user-side location at ~/.claude/teamcraft-board.html and opened in the user's default browser. It has two views via a header toggle — a drag-and-drop Kanban Board and a live Status tab with analytics (work by status, throughput, cycle time, aging, blocked chains, recomputed on every poll). Each project is added via a header dropdown; the dashboard polls each project's .teamcraft/work directly from the browser and updates in real time. Use when the user says 'show me the kanban', 'work board', 'open the board', 'board view', 'kanban view', 'live dashboard', 'visual dashboard', 'live status dashboard', 'status dashboard', 'project metrics', 'throughput/cycle-time view', 'HTML view of work items', 'drag-and-drop board', or asks to see/move/track work visually.
development
Run a retrospective — AI compiles evidence from recent work, facilitates human reflection, and captures process decisions back into living docs. Use when the user says 'run a retro', 'let's do a retrospective', 'run a retrospective on the last 2 weeks', 'let's reflect on how that feature went', or 'time for a retro'.
development
Re-evaluate what Claude needs to be told about this project as the codebase evolves. Some gotchas become obvious from the code (remove them). New gotchas emerge. Decisions change. Use when the user says 'refresh the rules', 'update Claude's context', 'are the rules still accurate', 'clean up claude rules', or after significant codebase changes.
development
Report project status from work items and git history — either as a quick, interpreted read here in the session, or by pointing the developer to the live Status dashboard (the work board's Status tab). Covers work by status, what's in flight, cycle times, throughput, backlog priorities, aging alerts, blocked chains, and how commit activity lines up with the board. Use when the user says 'project status', 'show me the project status', 'what's the status of the work items', 'how are we doing', 'generate a status report', or asks for a status dashboard.